cf90.i File Reference

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Variables
$set Message number	d
$set Message number exceeds allowed range Message level is out of range Message system failed trying to issue message d The MODULE PROCEDURE statement is only allowed in a generic interface block The s statement is out of order A keyword or identifier must follow the label or construct name A construct name is not allowed on a s statement The s statement must precede all component definitions in derived type definition s No forward reference entries exist for label s even though it is undefined Dummy argument s is already defined in this argument list The line size option is ignored because free source form is in effect s underflow The Fortran standard requires multiple entry point function results s and s to both be default intrinsic types Insufficient memory is available for compilation to continue The s statement is not allowed in a block data program unit The s statement is not allowed in a main program unit Cannot open s file It is needed for debugging or tracing The s statement must not follow a MODULE PROCEDURE statement in a generic interface block The s statement is not allowed in a module The use of DOUBLE COMPLEX is an extension to the Fortran standard The type attributes for entry points s and s conflict The type of function result s must be a default intrinsic type if it does not match the type of other entry points Label s is not defined in this scoping unit The character constant	s
$set Message number exceeds allowed range Message level is out of range Message system failed trying to issue message d The MODULE PROCEDURE statement is only allowed in a generic interface block The s statement is out of order A keyword or identifier must follow the label or construct name A construct name is not allowed on a s statement The s statement must precede all component definitions in derived type definition s No forward reference entries exist for label s even though it is undefined Dummy argument s is already defined in this argument list The line size option is ignored because free source form is in effect s underflow The Fortran standard requires multiple entry point function results s and s to both be default intrinsic types Insufficient memory is available for compilation to continue The s statement is not allowed in a block data program unit The s statement is not allowed in a main program unit Cannot open s file It is needed for debugging or tracing The s statement must not follow a MODULE PROCEDURE statement in a generic interface block The s statement is not allowed in a module The use of DOUBLE COMPLEX is an extension to the Fortran standard The type attributes for entry points s and s conflict The type of function result s must be a default intrinsic type if it does not match the type of other entry points Label s is not defined in this scoping unit The character constant for the I O control information list item is not allowed This statement is not allowed in a derived type definition The s statement is not allowed in an interface	block
expected	SUBROUTINE
expected	FUNCTION

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Variable Documentation

$set Message number exceeds allowed range Message level is out of range Message system failed trying to issue message d The MODULE PROCEDURE statement is only allowed in a generic interface block The s statement is out of order A keyword or identifier must follow the label or construct name A construct name is not allowed on a s statement The s statement must precede all component definitions in derived type definition s No forward reference entries exist for label s even though it is undefined Dummy argument s is already defined in this argument list The line size option is ignored because free source form is in effect s underflow The Fortran standard requires multiple entry point function results s and s to both be default intrinsic types Insufficient memory is available for compilation to continue The s statement is not allowed in a block data program unit The s statement is not allowed in a main program unit Cannot open s file It is needed for debugging or tracing The s statement must not follow a MODULE PROCEDURE statement in a generic interface block The s statement is not allowed in a module The use of DOUBLE COMPLEX is an extension to the Fortran standard The type attributes for entry points s and s conflict The type of function result s must be a default intrinsic type if it does not match the type of other entry points Label s is not defined in this scoping unit The character constant for the I O control information list item is not allowed This statement is not allowed in a derived type definition The s statement is not allowed in an interface block

Definition at line 2 of file cf90.i.

Referenced by SEGMENTED_ARRAY< T, block_size >::Allocate(), RELATED_SEGMENTED_ARRAY< T, block_size >::Allocate(), Allocate_Block(), Allocate_Large_Block(), Allocate_Object_To_Section(), Assign_Object_To_Section(), SEGMENTED_ARRAY< T, block_size >::Copy(), cwh_block_append_given(), cwh_block_append_given_id(), cwh_block_find_address(), cwh_block_pop_block(), cwh_block_pop_region(), cwh_stab_add_pragma(), cwh_stmt_call_helper(), DRA_EC_Array_Portion_Parms(), DRA_Insert_Pragmas(), DRA_Read_Pragmas(), DST_idx_to_string(), SEGMENTED_ARRAY< T, block_size >::end(), fei_dowhile(), fei_flush_open_mp(), fei_interface(), fei_namelist(), Find_entry_if(), For_all_entries(), SEGMENTED_ARRAY< T, block_size >::New_entry(), SEGMENTED_ARRAY< T, block_size >::Pop_Map(), RELATED_SEGMENTED_ARRAY< T, block_size >::Pop_Map(), ANL_LOOP_CONSTRUCT::Remove_Stmt_In_Block(), Reset_UPFORMAL_Segment(), SEGMENTED_ARRAY< T, block_size >::SEGMENTED_ARRAY(), Spill_Shared_Load(), Trace_Stack_Segments(), SEGMENTED_ARRAY< T, block_size >::Transfer(), RELATED_SEGMENTED_ARRAY< T, block_size >::Transfer(), WN_block_element(), WN_CreateComma(), WN_CreateCompgoto(), WN_CreateRcomma(), WN_CreateSwitch(), and WN_CreateXgoto().

$set Message number exceeds allowed range Message level d

Definition at line 2 of file cf90.i.

Referenced by __dcis(), __rcis(), _ibmerr(), ar_convert_str_to_float(), ar_cvt_str_to_float(), ar_divide_complex(), ar_i64to128(), ar_multiply_complex(), build_call_graph(), c_a_to_q(), cwh_dst_array_type(), cwh_dst_mk_variable(), cwh_types_pop_dtype(), Depth_First_Ordering(), emit_inits_for_symbol(), fei_arith_con(), fei_get_pdg_type(), fei_member(), fei_user_type(), Find_Section_Name_For_ST(), SCOPE::Init(), MDclose(), MDgrow(), MDlookup(), MDupdate(), PDGCS_do_proc(), s_copy(), Set_Tcon_Value(), shftc_b(), shftc_h(), shftc_l(), shftc_ll(), and Targ_WhirlOp().

expected FUNCTION

Definition at line 27 of file cf90.i.

$set Message number exceeds allowed range Message level is out of range Message system failed trying to issue message d The MODULE PROCEDURE statement is only allowed in a generic interface block The s statement is out of order A keyword or identifier must follow the label or construct name A construct name is not allowed on a s statement The s statement must precede all component definitions in derived type definition s No forward reference entries exist for label s even though it is undefined Dummy argument s is already defined in this argument list The line size option is ignored because free source form is in effect s underflow The Fortran standard requires multiple entry point function results s and s to both be default intrinsic types Insufficient memory is available for compilation to continue The s statement is not allowed in a block data program unit The s statement is not allowed in a main program unit Cannot open s file It is needed for debugging or tracing The s statement must not follow a MODULE PROCEDURE statement in a generic interface block The s statement is not allowed in a module The use of DOUBLE COMPLEX is an extension to the Fortran standard The type attributes for entry points s and s conflict The type of function result s must be a default intrinsic type if it does not match the type of other entry points Label s is not defined in this scoping unit The character constant for the I O control information list item s

Definition at line 2 of file cf90.i.

Referenced by ANL_FILE_MNGR::_Concat(), _f_inqu(), _getname(), ar_ifdiv128(), ar_ifdiv32(), ar_ifdiv64(), succ_node_iter< DIGRAPH >::begin(), succ_edge_iter< DIGRAPH >::begin(), pred_node_iter< DIGRAPH >::begin(), pred_edge_iter< DIGRAPH >::begin(), c_qtoa(), cancel_in_relop(), Count_Limit_DevWarn(), cwh_auxst_clear_per_PU(), cwh_dst_array_type(), cwh_dst_dope_bounds(), cwh_dst_dope_type(), cwh_dst_member(), cwh_dst_mk_common(), cwh_dst_mk_common_inclusion(), cwh_dst_mk_const(), cwh_dst_mk_dope_bound(), cwh_dst_mk_formal(), cwh_dst_mk_func(), cwh_dst_mk_MAIN(), cwh_dst_mk_subroutine_type(), cwh_dst_mk_variable(), cwh_dst_struct_type(), cwh_dst_substring_type(), cwh_stab_adjust_name(), cwh_stab_common_ST(), cwh_stk_fld_name(), Dot_To_Line(), DST_mk_name(), DST_mk_string(), Em_Add_Comment(), Emit_Definitions(), succ_node_iter< DIGRAPH >::end(), succ_edge_iter< DIGRAPH >::end(), pred_node_iter< DIGRAPH >::end(), pred_edge_iter< DIGRAPH >::end(), Find_Upc_Vars(), DaVinci::Ft_Str(), Get_Name_Buf_Slot(), h_indx(), Has_Strong_Symbol(), Hash_TCON(), i_indx(), SCOPE::Init(), Init_Segment_Descriptors(), l_indx(), ir_a2b::MapStrToEnum(), MDhash(), memwcpy(), my_catgets(), n_getn(), IPO_CLONE::New_Clone(), New_ST(), ptr_hash< X >::operator()(), pr_vertex_name(), digraph< NODE, EDGE >::pred_edge_begin(), digraph< NODE, EDGE >::pred_edge_end(), digraph_node< NODE, EDGE >::pred_node_begin(), digraph< NODE, EDGE >::pred_node_begin(), digraph_node< NODE, EDGE >::pred_node_end(), digraph< NODE, EDGE >::pred_node_end(), Print_Controls(), Process_Control_Opt(), BLK::Set_align(), Set_LABEL_name_idx(), Set_PREG_name_idx(), BLK::Set_scninfo_idx(), BLK::Set_section_idx(), BLK::Set_size(), simp_add_sub(), digraph< NODE, EDGE >::succ_edge_begin(), digraph< NODE, EDGE >::succ_edge_end(), digraph_node< NODE, EDGE >::succ_node_begin(), digraph< NODE, EDGE >::succ_node_begin(), digraph_node< NODE, EDGE >::succ_node_end(), digraph< NODE, EDGE >::succ_node_end(), Targ_Is_Integral(), Targ_Print(), Trace_Stack_Segments(), TY_Init(), WNL(), and ANL_CBUF::Write_Int().

expected SUBROUTINE

Definition at line 27 of file cf90.i.